Google has acquired Crusoe’s data center site in southeast Wyoming, Crusoe said on November 6. Crusoe describes its completed role as pre-development: site selection, government approvals and a power strategy developed with Tallgrass Energy. Google says it intends a long-term $17 billion investment in its first Wyoming data center. The companies have announced a site transfer and a build plan; neither release establishes that the campus is operating.
How the planned power supply fits together
The most specific capacity figure belongs to a generation project, not to the data center’s computing load. Google says it has contracted with American Electric Power for a planned 702 MW fuel-cell development using Bloom Energy equipment. In an October 14 project announcement, AEP described a 20-year power purchase agreement with Google. AEP planned to start construction in 2026 and expected the fuel-cell facility to be fully operational by the end of 2028. That target is for the power facility; Google has not given the campus an opening date in its announcement.
AEP says the fuel cells would convert natural gas into electricity electrochemically, without burning it inside the cells. The wider supply plan is more varied. Crusoe describes fuel cells, grid power and natural-gas turbines in its hybrid strategy. Google also names gas generators operated by Tallgrass Energy and Black Hills Energy. The releases do not specify the final delivered mix or how much computing load each source will serve.
Carbon capture and cooling are design commitments
Google plans to pair the fuel-cell project with carbon capture and storage at Tallgrass’s Eastern Wyoming Sequestration Hub. It is also studying whether carbon capture can be fitted to Tallgrass’s combined-cycle turbines. That front-end engineering and design study is an evaluation step, not evidence that capture equipment is installed or performing at a measured rate. AEP likewise describes integration of carbon capture as a plan.
Google says the data center will use air cooling to limit local water demand. Its announcement gives no measured water-use result for an operating campus. The distinction matters for infrastructure readers: site acquisition, power construction, carbon-capture integration and data-center commissioning are separate milestones. Public evidence of delivered power, capture performance and actual cooling demand will be needed to judge the eventual system.
What remains to be verified
The statements establish Google’s site acquisition and the partners’ intended architecture. They do not disclose a purchase price, an operational data-center capacity or a commissioning date for the campus. The next useful checks are construction progress on AEP’s fuel-cell project, the outcome of the turbine carbon-capture study and operating data once the facilities are built.
